A brief history of runtimes
Every decade, a new abstraction makes software faster to write and slower to run.
Elide breaks that pattern.
Machine Code & Assembly
Software written directly for hardware. Maximum performance, zero portability. Every machine was an island.
C & Unix
Ritchie and Thompson proved systems software could be portable without being slow. C became the lingua franca.
Java & Python
Virtual machines and interpreters traded performance for productivity. Enterprise chose Java. Scientists chose Python. The split began.
Chrome & V8
Google proved interpreted languages could be fast with JIT compilation. Node.js followed. Everyone started writing servers in a browser language.
One binary. Your favorite language. Native performance.
The best option for JVM: Elide.
The JVM runs the majority of enterprise software on earth—and ships with some of the slowest, most complex toolchains in modern development. Maven, Gradle, Bazel: verbose config, slow builds, impossible learning curves. Elide adds a new option.
Same inputs. Faster everything.
Drop-in replacements for standard JVM tools. Your existing code, dependencies, and workflows—just faster.
| Elide | Maven | Gradle | Bazel | |
|---|---|---|---|---|
| Cold start | ~5ms | ~3s | ~6s | ~10s |
| Config format | Pkl (typed) | XML | Groovy / KTS | Starlark |
| Zero config | ✓ | × | × | × |
| Native compilation | ✓ | × | × | × |
| Container images | Built-in | Plugin | Plugin | rules_oci |
| Multi-language | ✓ | JVM only | JVM only | ✓ |
| Learning curve | Minimal | Steep | Steep | Very steep |
The JVM is just the beginning.
Elide is built on GraalVM—the same polyglot foundation powering Oracle's cloud infrastructure. JavaScript, Python, Ruby, and WASM support. One toolchain, with native speed.